揭示基于迁移学习的动物疾病图像检测方法

Asif Khan, Dev Paliwal, Ritank Jaikar, S. Attri
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引用次数: 1

摘要

动物的正常状态被疾病所改变,疾病可以停止或改变关键的过程。当动物爱好者与动物互动时,对动物疾病的担忧就已经存在,这种担忧反映在关于宗教和魔法的最初想法中。动物疾病仍然构成威胁,主要是由于潜在的财务成本和人类传播的风险。研究、预防和治疗动物疾病,包括野生动物和用于科学研究的动物,是被称为兽医学的医学专业的重点。本研究考察了基于图像的动物疾病检测的最新进展,并预测了检测动物疾病的最佳深度学习模型。由于本文的讨论,人们现在对机器学习及其在治疗动物疾病方面的潜在用途有了更好的了解。在精度方面,DenseNet169的表现明显优于其他模型,而ResNet50V2的精度最低。这些模型在使用作者收集的图像构建的数据集上进行训练。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Demystifying the Transfer Learning based Detection of Animal Diseases from Images
An animal's normal state is altered by sickness which can stop or change critical processes. Concerns over animal diseases have existed as animal lovers interacted with animals and this concern is reflected in the first ideas about religion and magic. Animal illnesses still pose a threat, primarily due to the potential financial costs and risk of human transmission. The study, prevention, and treatment of diseases in animals including wild animals and those utilized in scientific research are the focus of the medical specialty known as veterinary medicine. This research examines recent developments in image-based animal illness detection and predicting the best deep learning model to detect the animal diseases. People now have a better grasp of machine learning and its potential uses in treating animal diseases as a result of the discussion of this paper. Regarding accuracy, DenseNet169 has performed remarkably better than other models whereas ResNet50V2 has least accuracy. These models are trained on the dataset which is built using images collected by the Authors.
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